Digital Computation I
Parametric Façade
G8: Ingrid Vaz, Rafaela Müller, Paing Su Ko and Yasmin Jaskulski
Faculty: Ashkan Foroughi Dehnavi
Diagrams to understand how the façade works
Decomposition
01. Façade Perimeter
Surface in grasshopper set by a rhino surface
02. Division of the surface
03. Parakeet plug-in to create bricks
With the original project, it was defined the amount of bricks in each direction.
Used the Parakeet plug-in to create the bricks of the façade defined by the divisions previously set.
04. Create an attractor curve
05. Turn bricks according to the curve
Using an attractor curve drawn in Rhino on the surface, the bricks closest to the curve are made to rotate depending
on the distance from the curve Parameters used: curve in rhino, domain of the distances of bricks from the curve, new constructed domain.
06. Create surfaces
Create surface from rotated bricks for later extrusion
07. Create extrusion
Rotated bricks surfaces are then extruded using the normals of each individual bricks as directional vectors for the extrusions.
Parameters used: width of the brick.
08. Creating the openings
Opening in the facade for garage access is done through selecting the centroids within the curve for the opening and utilising that pattern to get rid of bricks locating within the region of the curve.
Parameters used: closed curve in rhino
09. Final Result
Final façade with the parametric bricks and openings for the house.
Complete Script from Grasshopper
Animations
01. Exploding
02. Rotating
Renders of the final Thayer Brick Façade